The chair's lectures convey the theoretical foundations and fundamental relationships of adaptive autonomy and off-road robotics. In accompanying exercises, this knowledge is applied and deepened using simple examples. The lecture Off-Road Robotics, for example, deals with the holistic fundamentals of autonomous robots in highly unstructured environments. This includes the field of application itself, requirements for hardware and sensor technology, dynamic perception concepts, algorithms and system architectures as well as aspects of safety. After completing the lecture, students will understand the interaction of all components and have the theoretical foundation to develop their own robotic systems.
Seminar
The seminar serves as preparation for correct academic work. The focus is on systematic literature research, correct citation and a structured review of the state of the art in a subject area. The results are critically evaluated and summarized in a seminar paper, which corresponds in structure and content to the related work section of a scientific article or a simple survey paper. Finally, the contents are presented and discussed in plenary. The aim is to gain an in-depth understanding of the current state of research, which serves as a basis for further academic work.
Student project
The student project is practice-oriented work at the chair and deals with a clearly defined technical subject area. Typically, approaches from the scientific literature, for example from the fields of perception or control, are transferred to specific problems of the chair. This requires extensive implementation and testing on real robot systems. The experimental validation of the developed concepts is a central component. The results are documented in a report in IEEE format, which corresponds to the experimental section of a scientific paper, and then presented within the working group.
Scientific publication
Scientific publications are based on very good project work and combine the content of the seminar and the project. While the seminar presents the state of the art in a structured way and the project provides implementations and experimental results, these elements are combined into a complete scientific contribution. This includes motivation and problem definition, the student's own scientific contribution, related work, concept, implementation, experiments as well as discussion and classification of the results. The paper is then submitted to a suitable scientific conference or journal.
Thesis
Compared to the project, the focus of a thesis is more on identifying an open question or research gap in the state of the art. Based on this, a new concept for solving the problem is developed, implemented and evaluated. The thesis thus represents an independent scientific contribution and prepares students specifically for research or demanding industrial development activities.
The list below provides an overview of currently available topics suitable for student projects as well as bachelor’s and master’s theses. These topics are directly linked to the department’s ongoing research and development activities.
Please review the descriptions carefully with regard to the required skills and technical prerequisites (e.g., C++, Linux, ROS/Finroc). If you are interested in a specific topic, please contact the supervisor listed in the description to schedule an initial meeting. If you do not find a suitable topic in the list but have a concrete project idea that aligns with the department’s research focus, you are welcome to submit a proposal.
Seminars
Seminars for students in the Department of Computer Science are organized centrally through the department’s assignment platform. Registration and topic assignment take place exclusively through this system. Please note the deadlines and conditions of participation published there.
Projects and Theses Project work for students in the Department of Computer Science is organized centrally via the department’s assignment platform. Registration and topic assignment take place exclusively through this system. Please note the deadlines and conditions of participation published there.
Bachelor’s and Master’s theses can be started at any time. Please first visit the website to learn about the department’s research priorities and ongoing research projects . These provide an overview of the current research areas in which the department is active. If an interesting topic is identified, you may contact the department’s academic staff. In doing so, particular attention should be paid to ensuring that the topic aligns with existing research and dissertation topics. Following a successful initial meeting and the joint selection of a topic, an internal contact person will be designated. The topic will then be presented to Prof. Wolf, who will assume official supervision.
Implementations are typically carried out on Linux systems using the Finroc framework. Solid programming skills in C++ are mandatory for this.
Students are expected to work independently and to provide regular, proactive updates on the progress of their work without being specifically asked to do so.
Onboarding Process
To ensure a transparent start to student projects, bachelor’s or master’s theses, interested students should first explore the“Research”section to identify a topic that aligns with the chair’s research focus. Once a suitable topic has been found, the project proposal form provided below (see Templates) must be submitted to Prof. Wolf for review and the OLAT onboarding course , which includes a mandatory module on safety training for working in the lab and with the robot systems, to ensure the safe and responsible use of the lab facilities. Laboratory use is permitted only after completion of the safety training and submission of the completed laboratory access form.
Access and Preparation: To support a successful technical start, a Finroc crash course is offered via the OLAT platform. This course provides an introduction to the framework and is recommended before active development begins, as implementations are typically carried out on Linux-based systems. Students are expected to work independently and maintain regular communication regarding their progress.
Information from the Examinations Office and the Department of Computer Science
Projects and theses are examinations and must be registered with the relevant Examinations Office by the deadline. The RPTU provides important information on examinations.
Note on the use of GenAI tools
The use of generative AI tools for the creation of texts or for the content development of student work is generally not permitted. Any such unidentified use will be considered an attempt to cheat, reported to the Examination Office and will result in automatic failure of the thesis. Repeated attempts to cheat may result in the loss of the right to take examinations and thus exmatriculation.
RPTU providesguidelines on the use of AI tools.
- PowerPoint templateDownload 3 MB
- Bachelor/Master thesis templateDownload 139 KB
- Seminar / Project (IEEE)Download 660 KB
- Project_Application_Form.pdfDownload 172 KB
- LAB_Access_Application_Form.pdfDownload 199 KB